Z. Różański, P. Wrona, G. Pach, A. Niewiadomski, T. Suponik, R. Frączek, Leszek Balcarczyk
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引用次数: 1
摘要
降水,特别是强度较大的降水,影响着矿山矸石堆积场的状态。本文介绍了一项旨在确定降雨对煤矸石堆积场坡面水分侵蚀影响及其热态的研究结果。在TEXMIN项目框架内,利用现代大地测量技术(低顶摄影测量和TLS地面激光扫描)对利比奇兹(波兰)的两个煤矸石倾卸场的状况进行了初步测试。以已知坐标x, y, z的点云的形式忠实地再现了斜坡表面的当前几何形状。还评估了所分析的排土场斜坡内的热状态。根据热成像研究以及对物体内部温度和气体浓度的测量,在一个被检查的斜坡上发现了两个热活动区。试验结果构成初始状态,将与进一步试验的结果进行比较。这将使我们能够确定在特定时期内降水对水侵蚀量和垃圾场热状态的影响。
The impact of precipitation on state of the slopes surface and thermal activity of the mine waste dump – preliminary study
Precipitation, especially with a high intensity, affects the condition of mining waste dumps. The article presents the results of research aimed at determining the impact of rain on water erosion on the slopes of a coal waste dump and its thermal state. Preliminary tests of the condition of two slopes of the coal waste dump in Libią _ z (Poland) undertaken in the frameworks of the TEXMIN project was carried out using modern geodesy techniques (low-ceiling photogrammetry and TLS terrestrial laser scanning). The current geometry of the slope surface was faithfully reproduced in the form of a cloud of points with known coordinates x, y, z. The thermal state within the analyzed slopes of the dump was also assessed. Based on thermography studies and measurements of temperature and gas concentrations inside the object, two zones of thermal activity were located on one of the examined slopes. The test results constitute the initial state against which the results of further tests will be compared. This will allow to determine the influence of precipitation on the amount of water erosion and the thermal state of the dump in a specific time period.